радиоволновое лечение hallus valgus

H allux Valgus

Hallus Vallgus

The State of the Art Technique - Procedure for Correction of Hallux Valgus.

We are very proud to announce to the World - The First Non-invasive re-engineering Programme which can correct the Bunion Deformity without Surgery, Injection nor Medication.

It is proven success as shown with all these pic of before & after treatment. We do this procedure in a Package of 10, 20 & 30 sessions in order to reinforce your muscle memory and to rewire your neural network. Most cases can be significantly corrected within the first 10 sessions and result is highly sustainable.

Compare to Surgery, there is no downtime which means after the special treatment, you can walk immediately. What more, you can walk with significant reduction of pain & swelling. You walk with more energy and feeling never so alligned for your whole body ever since you have this Hallux Valgus deformity.

(Please note it is mandatory you practice routine daily exercise to maintain this correction.)



Hallux valgus

Hallux valgus: Introduction

Hallux valgus: A condition which is characterized by the prominence of the inner aspect of the first metatarsal head with bursal formation. More detailed information about the symptoms. causes. and treatments of Hallux valgus is available below.

Causes of Hallux valgus

Disease Topics Related To Hallux valgus

Misdiagnosis and Hallux valgus

Research about Hallux valgus

Clinical Trials for Hallux valgus

Hallux valgus: Broader Related Topics



Hallux Valgus

Modified McBride

Includes release of adductor from lateral sesamoid/proximal phalanx, lateral capsulotomy, medial capsular imbrication

Qbank (10 Questions)

Distal metatarsal osteotomy (Chevron) includes a lateral translation of the metatarsal head after osteotomy. The Chevron osteotomy can be use for a congruent or incongruent deformity that have hallux valgus angles less than 25-30 degrees and intermetatarsal angles less than 13 degrees.

The review by Easley et al states that an extensive lateral capsular release in addition to a Chevron ostetomy can be used to help correct deformity but can increase the risk of metatarsal head osteonecrosis. The risk of osteonecrosis with these combined procedures has been recently debated.

The Level 1 study by Saro et al prospectively randomized 100 hallux valgus patient to either a Chevron osteotomy or a Lindgren osteotomy. The corrections of the HVA and IMA were better in the Lindgren group. This was probably due to the fact that the Lindgren osteotomy permitted more lateral displacement than the originally described chevron osteotomy. Clinical outcomes demonstrated no differences between the osteotomy procedures.

Trnka et al performed a Level 4 review of 66 patients that underwent a distal Chevron osteotomy for mild hallux valgus. They found that at 5-year follow-up the Chevron osteotomy was found to be a dependable procedure for the correction of mild hallux valgus deformity. The osteotomy did not adversely affect MTP range of motion, had low recurrence, and had clinical outcomes that did not vary with age.

Illustration A and B shows the Chevron and Lindgren osteotomies, respectively.

Illustration C demonstrates how to measure the HVA and IMA on radiographs.

Video A is a surgical demonstration by Dr. Easley in the evaluation of hallux valgus and peforming a Chevron osteotomy.